Durable Pure Aluminum Raised Access Floor High Dimensional Accuracy

 
HT High Dimensional Accuracy Pure Aluminum Raised Access Flooring is die-casted by pure aluminum ingot. It is anti-corrosion and high mechanical strength. This panel can be epoxy powder coated or nickel chrome plated. Both finish makes the panel gentle glow, anti-corrosion and anti-wear.
 
Application
High standard computer room of bank, military, government or companies, or the area of cleaning room, or some area that have high requirement to loading capacity and material.
 
Characteristics

• High precision
• Class A construction material(incombustible)
• Little deflection and high load capacity
• Easily cut
• Economical, durable, recoverable
• Excellent capacity of static dissipative
• Can be used with perforated panel

 
Technical Paramter

 
The Concept Behind Raised Floor
An raised floor is a floor placed upon a floor, thus creating an accessible plenum for the distribution of building services such as power, voice and data and the distribution of heating and cooling services.
The floor can be raised by as little at 65 mm to more than 1,8 metres. The system is modular with the ability to plug and unplug any of the electrical components in the entire system from the panel board to the receptacle. The finished floor surface can be carpet tile, vinyl tile, laminate, finished concrete or natural materials such as wood or cork.
The underfloor HVAC system not only eliminates most of the ductwork and insulation requirements associated with the overhead systems, but also enhances mechanical system flexibility because the non-ducted diffusers can be easily removed and relocated.
Floor-mounted diffusers or workstation-mounted solutions distribute conditioned air from the raised floor directly to the occupant’s level. From there the air gently mixes with the room air and rises to return grilles at ceiling level.
The integrated raised floor system also boosts the flexibility of telecommunications, data and electrical power delivery in the workstation. Si